With so many tile choices on the market, it’s a big enough decision to select the right tiles - the last thing you want is the added complication of buying tiles that aren’t what they say they are. Unfortunately, there are a lot of tiles on the market in the Middle East and Africa, claiming to be made by Tilcor when in fact, they’re not – they’re fakes. Essentially, they’re substandard pressed metal tiles, misleadingly branded and it’s important that you know the difference.
In this article, we will show you what to look for in a genuine Tilcor tile, so you know you are buying the genuine, tested, proven article.
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To ensure that you are using genuine Tilcor tiles, there are signs to look for to tell the real thing from the fake.
1) Look at the back of the tile. A genuine Tilcor tile is printed with the Tilcor logo, batch number, date, and CE mark including words such as “Zincalume steel made by NZ Steel, Made in New Zealand.”
2) Check that the steel is coated with ZINCALUME®, which combines the corrosion protection of aluminium, with the sacrificial protection of zinc, providing the advantage of both metals.
As a result, ZINCALUME® has a significantly longer service life than a galvanised steel product that only uses zinc.
3) A genuine Tilcor product has 7 coating layers. Check this technical drawing of a genuine Tilcor tile to compare with your tile. If it doesn’t match you’ll know you’re dealing with a fake.
4) Check the stone granules. Natural New Zealand stone granules are the foundation for long term durability and stability for colour retention on Tilcor textured roofs. Ceramic coated natural stone granules offer brighter colours, and still provide outstanding weathering results, proven over the past 25 years. The Tilcor stone granules are bright in colour and come in a range of different shapes and sizes.
5) Further way to identify if it is a genuine Tilcor tile is through a couple of simple tests.
You would use this test to prove the quality of the surface coating when it’s subjected to extreme rain and wet conditions.
You would use this test to prove the quality of the surface coating when it’s subjected to extremely cold conditions.
You would use this test to prove the quality of the surface coating when it’s subjected to extremely hot conditions.